🧬Biocode Explorer

Welcome to the Genetics Simulators Section

Simulate genetic scenarios with ease using our interactive tools, perfect for learning, teaching in population genetics.

Explore foundational concepts like Mendel’s laws of inheritance, simulate two-point crosses for linkage mapping, and delve into population-level simulations covering allele frequencies, genotype distributions, and evolutionary dynamics. You can also model key processes such as genetic drift, inbreeding, and deviations from Hardy-Weinberg Equilibrium. These simulators are designed to help you visualize and understand the genetic mechanisms that drive variation within populations.

Law of Dominance

When two different alleles are present, one (the dominant allele) masks the effect of the other (the recessive allele).

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Law of Segregation

Each organism carries two alleles for each trait.
which segregate (separate) during the formation of gametes.

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Law of Independent Assortment

Genes for different traits are inherited independently of one another, as long as they are on different chromosomes.

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Two Point Cross (Linkage Map)

When two different alleles are present, one (the dominant allele) masks the effect of the other (the recessive allele).

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Three Point Cross (Linkage Map)

Each organism carries two alleles for each trait.
which segregate (separate) during the formation of gametes.

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Epistasis Simulator

Genes for different traits are inherited independently of one another, as long as they are on different chromosomes.

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Genetic Drift

Visualize how allele frequencies change over generations due to chance. This tool helps demonstrate random genetic fluctuations in small populations—a key concept in evolutionary genetics.

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Population Genetic

Explore how genetic variation evolves over time through forces like selection, mutation, migration, and drift. This simulator helps you model and visualize key concepts in population genetics—perfect for learning, teaching, and research.

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Founders Effect

Discover how a small group of individuals starting a new population can lead to reduced genetic diversity and shift allele frequencies. This tool helps visualize the impact of population bottlenecks and founder events in evolution.

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Bottle Neck Effect

Explore how drastic reductions in population size can cause random shifts in allele frequencies. This tool demonstrates the genetic consequences of bottlenecks—loss of variation, drift, and recovery over generations.

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Inbreeding

Understand how mating between closely related individuals affects genetic diversity and increases the risk of homozygosity. This tool helps visualize the genetic consequences of inbreeding and calculates inbreeding coefficients.

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Genetic Drift

Population Genetic

Founders Effect

Bottle Neck Effect

Inbreeding

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Dr. Amrit Sudershan